Vekh Neramë
| Vekh Neramë | |
|---|---|
 | |
| Highest point | |
| Elevation | 1,163 m (3,816 ft) |
| Prominence | 1,163 m (3,816 ft) |
| Geography | |
| Parent range | Akar Tarpeg |
Vekh Neramë is the tallest mountain on the island of Cadenza. At 1,163 m (3,816 ft), it is the highest peak in the Akar Tarpeg, Cadenza's Central Range. It is the most westerly summit above 1,000 metres in the Trellinese Empire and the only mountain taller than 1,000 m in Cadenza. Vekh Neramë is 184 m (604 ft) taller than the next highest summit in Cadenza, Vekh Lamanë. An extinct volcano, it is not thought to have erupted since approximately 325,000 years ago.
Name
In comparison to the nearby Vekh Lamanë, the origin of Vekh Neramë’s name is unclear. An eighth-century mariner's guide from Azmir refers to Vaika Narmegga "in the islands of the west," and some believe that this should be identified with Vekh Neramë. It has furthermore been suggested that the name refers to Narma, a minor Ethlorek deity associated with bonfires and hearths, although she does not appear in the surviving corpus of Cadenzan literature. The connection is regarded as plausible, but the authoritative Toponymic Inventory of Cadenza deems the argument far from conclusive.
Geology
Vekh Neramë is an extinct stratovolcano, initially formed during the Caddensian volcanic orogeny approximately 5 million years before present, when the Jajexan Plate traversed a hotspot in the Earth's asthenosphere. This hotspot now lies to the west of Cadenza and is responsible for ongoing volcanism offshore. The migration of the island away from the hotspot did not cause an immediate end to volcanism at Vekh Neramë, as fault line activity in Azmir continued to fuel Cadenza's volcanoes. In its most substantial known eruption, approximately 80% of Vekh Neramë's mass was ejected as tephra and smoke in one of the most significant volcanic events in Teudallic geological history. It is thought that the resulting ash cloud reduced global temperatures by 0.3 degrees Celsius. Mountain-building resumed following this eruption, with several episodes of dramatic change. Its last eruption, roughly 325,000 years ago, is thought to have had a VEI of 4.